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A part produced from a 4320 steel has a hardness of HRC 35 at a critical location after quenching. Determine
(a) the cooling rate at that location, and
(b) the microstructure and hardness that would be obtained if the part were made of a 1080 steel.
a very long cylinder diameter 1mm is placed perpendicular to a steady airstream whose velocity is 10 msec. the cylinder
air initially at 85 kpa 900k and occupying a volume of 0.15 m3 undergoes two processes. the air is compressed
aluminum oxide al2o3 has a surface energy of 1 jm2 estimate the maximum amount of energy jg that is available for
geothermal steam is planned as an energy source for power generation. the steam enters and adiabatic exchanger at 2
air at a velocity of 35. 2 ft sec and a pressure of 793. 1 nun hg flows in a long circular pipe whose inside diameter
a steel pipe of 12-in. outer diameter is fabricated from 14in. thick plate by welding along a helix which forms an
Show transcribed image text The truss shown was designed to support the roof of a food market. For the given loading, determine the force in members FG, EG, and EH. Hint: Method of Section.
Provide a plan view layout drawing of major components with key dimensions of your design in A3 size. Off the shelf components must be used where appropriate however the frame will be constructed in house to your design so you will need to accommod..
cold water at 20oc and 5000 kgh is to be heated by hot water supplied at 80oc and 10000 kgh. you select from a
a steady flow air compressor takes 5.00 kgmin of atmospheric air at 101.3 kpa and 20.0degc and delivers it at an exit
For a laminar flow between two parallel plates shown figure below, obtain an expression for the pressure drop and velocity profile. Also, obtain an expression for Frictional dissipation and the friction factor.
A piston-cylinder assembly contains air at 227C and 300 kPa. Heat is supplied from a reservoir at 900 K causing the air to expand the path Pv^1.2 constant until the pressure is 200 kPa. The surroundings are at 27C and 95 kPa. Determine the second law..
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